Combustion is the rapid exothermic oxidation of fuel that powers engines, generates electricity, and drives industrial processes worldwide. Understanding flame propagation, detonation waves, and thermal efficiency is essential for designing cleaner, more powerful energy systems — from internal combustion engines to rocket propulsion.
These simulations let you explore laminar flame speeds, visualize detonation wave structures, analyze combustion efficiency across equivalence ratios, map flammability envelopes, and step through thermodynamic engine cycles — all with real-time animated feedback and physically grounded models.